Overview of 194017-1 by TE Connectivity
The TE Connectivity 194017-1 is a plug & socket connector header with three positions and a pitch spacing of 6.35 mm. This product falls under the category of wire-to-board connector systems. It features a single row, three contacts, and a through-hole contact termination type. Notably, the 194017-1 is compliant with RoHS standards which ensures adherence to specific regulations for the use of certain hazardous materials in electronic and electrical equipment. This connector’s insulator is made from white, glass-filled polyamide which offers excellent temperature and electrical insulation. Importantly, it has a MATE-N-LOK pin header and supports a maximum operating temperature of 105 °C while tolerating a minimum of -55 °C. The declared factory lead time for this part is approximately 13 weeks as of the current writing.
Industry Applications for 194017-1
Due to its versatile properties and compliance features, the TE Connectivity 194017-1 is potentially suitable for various industry applications. However, it’s important to note that the applications mentioned below are theoretical and require proper evaluation and verification by engineering entities for specific use in their corresponding fields. This requirement ensures adherence to industry standards and actual applicational needs.
- Consumer Electronics: This connector could be used in devices such as home appliances and consumer electronics where robust and reliable wire-to-board connections are required. Its high temperature tolerance makes it suitable for devices operating under variable environmental conditions.
- Industrial Automation: In automated equipment and machinery, the 194017-1 could serve to connect various sensor modules and control units. The glass-filled polyamide insulation offers durability and resistance, essential for the harsh conditions often found in industrial environments.
- Computing and Data Storage: Considering its signal current rating and connector type, it might be used in server installations or data storage units. Here, reliable connectivity is crucial for data integrity and smooth operation.
- Telecommunications: Network equipment, which often requires connectors that can handle significant power and signal integrity at various temperatures, might benefit from using the 194017-1. Its approval ratings from CSA and UL indicate suitability for high standards required in telecom infrastructures.
- Electronic Manufacturing: Utilized in the manufacturing process for various electronic devices, the connector’s ease of installation and solder termination might facilitate manufacturing efficiency.
All these potential applications are purely illustrative and conceptual, requiring detailed analysis and validation by specialized design and engineering teams to comply with specific industry standards and requirements.
About TE Connectivity
TE Connectivity is a global technology leader known for its innovative and reliable connectivity and sensor solutions. Specializing in various connector types including Combination Line Connectors, they offer products that are integral to innumerable devices across a broad range of industries. TE Connectivity stands out with its commitment to engineering prowess and broad portfolio which includes parts like the 194017-1. The company’s expertise in creating such versatile components makes it a staple in the components industry, especially noted for products that meet stringent environmental and technical compliance such as the RoHS and UL standards.
Where to Find 194017-1 by TE Connectivity
To purchase the TE Connectivity 194017-1, visiting findchips.com is recommended. Here, you can compare current stock levels and pricing from various distributors. Additionally, you can explore other Combination Line Connectors which might offer similar or enhanced features. Historically, this part has been available through distributors such as Master Electronics, Avnet Abacus, Sager, and Interstate Connecting Components. However, availability varies and it’s advised to verify the most current information on findchips.com.